Tetra Elite Technology

The Science Behind Permanent Hair Removal

The Tetra Elite is the only device combining 2-in-1 IPL/RF & Diode laser technology with 4 independently FDA-approved wavelengths — engineered to treat every skin tone, every hair type, with clinical precision.

755nm810nm940nm1064nm

The Science

Why Wavelength Matters

Not all laser hair removal is the same. The wavelength of light determines how deeply it penetrates the skin, which chromophores it targets, and how safely it can be used on different skin tones. Most devices offer one or two wavelengths. The Tetra Elite offers four — giving your provider the precision to match the exact right energy to your unique skin and hair profile.

4FDA-Approved Wavelengths
2-in-1IPL/RF + Diode Platform
I–VIFitzpatrick Scale Coverage
Light Skin · Fine Hair
755nm
Alexandrite
Fitzpatrick I–III

The Gold Standard for Light Skin

The 755nm Alexandrite wavelength has been the benchmark for laser hair removal on lighter skin tones for decades. Its shorter wavelength is highly absorbed by melanin, making it exceptionally effective on fine, light-colored hair in fair to medium skin. The result: fast clearance, fewer sessions, and outstanding long-term results.

Wavelength
755nm
Target
Melanin (eumelanin)
Penetration Depth
Superficial–Mid dermis
Best For
Fine, light hair on fair skin
755nm
Alexandrite Wavelength
Universal · Deep Penetration
810nm
Diode
Fitzpatrick II–V

The Universal Workhorse

The 810nm Diode wavelength is the most widely used in professional laser hair removal — and for good reason. It strikes the ideal balance between melanin absorption and skin penetration depth, making it effective across a broad range of skin tones and hair types. Deep follicle targeting means thorough, lasting results with a strong safety profile.

Wavelength
810nm
Target
Hair follicle bulge & bulb
Penetration Depth
Mid–Deep dermis
Best For
Most skin and hair types
810nm
Diode Wavelength
✦ Newest Addition to the Tetra Elite Platform
Newest · Breakthrough Technology
940nm
Enhanced Diode
Fitzpatrick III–V

The Breakthrough Wavelength

The 940nm Enhanced Diode is the newest addition to the Tetra Elite platform — and the most significant advancement in laser hair removal in years. Positioned between the standard 810nm Diode and the 1064nm Nd:YAG, it fills a critical gap in the treatment spectrum. It delivers superior efficacy on medium to olive skin tones with enhanced safety margins, reduced thermal risk, and exceptional comfort. This wavelength is what sets the Tetra Elite apart from every other device on the market.

Wavelength
940nm
Target
Hair follicle + water absorption
Penetration Depth
Deep dermis
Best For
Medium to olive skin tones
940nm
Enhanced Diode Wavelength
Dark Skin · Maximum Safety
1064nm
Nd:YAG
Fitzpatrick IV–VI

The Solution for Darker Skin Tones

The 1064nm Nd:YAG wavelength is the safest and most effective option for darker skin tones. Its longer wavelength bypasses surface melanin and penetrates deeply to target the hair follicle directly — dramatically reducing the risk of hyperpigmentation or burns that can occur with shorter wavelengths on darker skin. For Fitzpatrick IV–VI, this is the clinical gold standard.

Wavelength
1064nm
Target
Deep follicle (low melanin absorption)
Penetration Depth
Very deep dermis
Best For
Dark to deep skin tones
1064nm
Nd:YAG Wavelength

Dual Technology

2-in-1 IPL/RF & Diode Platform

Two technologies. One device. Zero compromises.

The Tetra Elite is not just a multi-wavelength laser — it's a dual-technology platform. By combining Intense Pulsed Light with Radio Frequency (IPL/RF) and Diode laser in a single system, it delivers synergistic energy that targets hair follicles more comprehensively than either technology alone. The RF component adds thermal energy that enhances follicle destruction while the IPL/RF addresses skin texture and tone simultaneously.

01

IPL/RF Mode

Broad-spectrum light combined with radio frequency energy for enhanced follicle targeting and simultaneous skin rejuvenation.

02

Diode Laser Mode

Precise, monochromatic laser energy at 755nm, 810nm, 940nm, or 1064nm — selected to match your exact skin and hair profile.

03

Combined Protocol

Providers can sequence both modalities in a single session for maximum efficacy and comprehensive results.

The Process

How Laser Hair Removal Works

The science of selective photothermolysis

01

Light Absorption

The laser emits a specific wavelength of light that is selectively absorbed by melanin in the hair follicle — not the surrounding skin.

02

Thermal Destruction

The absorbed light converts to heat, raising the temperature of the follicle to the point of permanent damage — disabling its ability to regrow hair.

03

Skin Protection

Advanced cooling technology protects the epidermis throughout treatment, ensuring comfort and preventing thermal injury to surrounding tissue.

04

Progressive Clearance

Because hair grows in cycles, multiple sessions target follicles in their active growth phase — building toward permanent, lasting reduction.

Find Your Wavelength.

Every client receives a personalized wavelength protocol based on their Fitzpatrick skin type, hair color, and treatment area. Book a consultation at our Carmel, Indiana clinic to get started.

Book a Consultation

Wavelength Spectrum

755nm
I–III
810nm
II–V
940nm
III–V
1064nm
IV–VI
All wavelengths FDA-cleared · Fitzpatrick I–VI